USB Connectors

This high-performance Waterproof USB Type-C Connector is designed with a 24-pin configuration and an IP68 rating to provide a dust-tight and water-immersion resistant solution for advanced electronic devices. It utilizes a sink-plate (mid-mount) design to achieve a low profile on the PCB while ensuring maximum durability in harsh environments.

This high-quality USB Type-C Connector is a 16-pin female receptacle designed for precision surface mount applications . Featuring a compact 8.35mm body length and integrated positioning posts, it ensures stable and accurate installation on modern high-density printed circuit boards.

This high-performance USB Type-C Connector is engineered with an IPX5 waterproof rating and an 8-pin configuration to provide reliable power and data transmission in challenging environments. It features a robust design using stainless steel components and specialized sealing glue to ensure long-lasting durability for modern electronic devices.

The UC22-1E1H1A103-0HR-68 is a high-performance 16-pin female receptacle engineered for advanced digital connectivity in space-constrained hardware. This USB Type-C Connector features a specialized 1.6mm sink depth and a compact 7.0mm body length, offering a reliable interface for modern electronic devices requiring a mid-mount PCB configuration.

The UC22-2A1H1A103-0HR-33 is a next-generation high-speed female receptacle engineered for the latest USB 4.0 data transmission protocols. This high-performance USB Type-C Connector features a 24-pin array and a 2.0mm center height, specifically optimized for top-mount surface mount technology (SMT) integration on advanced printed circuit boards.

The UA4056942E1 is a high-performance female interface designed with a specialized 5-pin SIP (Single In-line Package) configuration for streamlined electronic integration. This robust USB Type-A Connector supports USB 3.0 standards, providing high-speed data transmission capabilities for compact hardware designs that require a single-row pin layout.

The UC-101532-22103-F9 is a high-performance 16-pin female receptacle featuring a double row DIP terminal design for robust board integration. This USB Type-C Connector is engineered with high-temperature resistant PA9T plastic and stainless steel shells to provide superior mechanical strength and reliable connectivity for modern electronic applications.

The UA4016372E1 is a high-performance USB 3.1 Type-A female receptacle designed with a 90-degree right-angle orientation. This USB Type-A Connector is specifically engineered for forward sink mounting with a 2.45mm height, offering a compact and robust interface for high-speed data communication in modern electronic devices.

The UC-101584-22103-F9 is a precision-engineered 16-position female receptacle designed for modern electronic hardware requiring an upright interface. This USB Type-C Connector features a 6.0mm profile height and an IPX5 rating, providing a reliable and space-efficient solution for devices exposed to moisture or challenging environmental conditions.

The UA4013132E1 is a high-speed female receptacle designed for modern hardware interfaces that require a reduced footprint. This USB Type-A Connector features a specialized 12.50mm short body and a 1.80mm reverse sink mounting configuration with a beveled mouth, allowing for a recessed fit that minimizes the vertical profile of the port on the device enclosure.

The UC-101566-22103-F9 is a high-performance USB Type-C Connector designed for vertical PCB orientation with a total height of 6.0mm. This 16-position female receptacle is engineered with an IPX5 rating, providing a reliable interface that is protected against water splashes from any direction, making it ideal for devices used in varied environments.

The UA2623692E1 is a high-speed female interface designed for space-constrained electronic hardware. As a specialized USB Type-A Connector, it features a 90-degree right-angle orientation and a 1.36mm reverse sink mounting configuration, allowing it to be recessed into the PCB to significantly reduce the overall profile of the device port.